Legacy Products

Motion Controller (MSC II)

MSC II is a high performance motion controller with PLC functionality equipped with fieldbus and position sensor interfaces.  It is capable of handling complex multi-axis functions and fast and accurate closed-loop control via field bus interface.

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Motion Controller (MSC I)

MSC I is a high performance motion controller with PLC functionality equipped with high resolution analog inputs/outputs and position sensor interfaces. It is designed for fast and accurate closed loop control of two hydraulic servo actuators.

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MSD Motion Controller

The MSD Motion Controller is a high performance motion controller with PLC functionality equipped with fieldbus. It is capable of handling complex multi-axis functions and fast and accurate closed-loop control via field bus interface.

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Ruggedized Motion Controller

Ruggedized Motion Controller is a high performance ruggedized motion controller with PLC functionality equipped with fieldbus. IP67 protection and high shock and vibration resistance enables mounting directly on the machine, without the need of a cabinet. It is capable of handling complex multi-axis functions and fast and accurate closed-loop control via field bus interface.

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Motion Controller Extension Module CAN Module QEBUS-CAN

CAN/CANopen extension module to connect the second CAN controller of an MSC I orMSC II.

 

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Motion Controller Extension Module Analog Module QAIO 2/2

Analog module features 16 bit resolution of the inputs and outputs. All inputs and outputs are updated at every program cycle of the MSC I or MSC II. The minimum cycle time is 100 µs at MSC II and 400 µs at MSC I.

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Servo Controller (MSC I)

  • MSC I is a freely programmable servo controller with integrated PLC functionality and it belongs to the M3000 family.
  • Programming is completed with the Moog Axis Control Software (MACS), an integrated development environment based on IEC 61131.
  • MSC I is best suited for applications where one or two actuators need to be controlled via an analog interface.
  • Typical applications are the closed-loop control of one or two hydraulic axes.

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